Why wouldn't the same be true for Go? Because the search space of good moves is larger?
I think it comes from a place of frustration. Some people don't learn well from lectures at all, but because they're considered the default so strongly, other conduits of learning aren't usually provided.
I agree, but I think the "word problems" the author was referring to are much lower quality than the ones you're thinking of. I imagined some highly-contrived exercises where all of the relevant information is already…
I've heard that this is somewhat common in nerdy communities, or at least common enough that someone felt moved to write about "geek social fallacies": http://www.plausiblydeniable.com/opinion/gsf.html
I think the author's criticisms are mostly invalid (see Chevalier's comment for a great takedown). With MOOCs, I worry more about these things instead: 1) MOOCs lack the social/deadline pressure to get people to finish…
This is what I got from my googling: Plastic parts are often made by pouring hot plastic into a mold. When the plastic is done drying, often a robotic arm or crane needs to pull it off to bring the plastic to the next…
As mentioned earlier in this thread, eople who don't know now have some keywords to google with.
I've been looking for a resource like this for awhile! Thanks for posting.
I did it by drawing on the canvas to mark the way. (I'm trying not to spoil it, apologies if this is too vague).
I solved it by basing the robot's movements off my own using my position. Hopefully that's vague enough to be a decent hint but not a giveaway...
I wonder if this algorithm would work if someone uploaded a rotated version of a previously uploaded icon. As it only compares row adjacent values, if the rotation was 90 or 270 degrees I'm not sure it'd detect the…
Why wouldn't the same be true for Go? Because the search space of good moves is larger?
I think it comes from a place of frustration. Some people don't learn well from lectures at all, but because they're considered the default so strongly, other conduits of learning aren't usually provided.
I agree, but I think the "word problems" the author was referring to are much lower quality than the ones you're thinking of. I imagined some highly-contrived exercises where all of the relevant information is already…
I've heard that this is somewhat common in nerdy communities, or at least common enough that someone felt moved to write about "geek social fallacies": http://www.plausiblydeniable.com/opinion/gsf.html
I think the author's criticisms are mostly invalid (see Chevalier's comment for a great takedown). With MOOCs, I worry more about these things instead: 1) MOOCs lack the social/deadline pressure to get people to finish…
This is what I got from my googling: Plastic parts are often made by pouring hot plastic into a mold. When the plastic is done drying, often a robotic arm or crane needs to pull it off to bring the plastic to the next…
As mentioned earlier in this thread, eople who don't know now have some keywords to google with.
I've been looking for a resource like this for awhile! Thanks for posting.
I did it by drawing on the canvas to mark the way. (I'm trying not to spoil it, apologies if this is too vague).
I solved it by basing the robot's movements off my own using my position. Hopefully that's vague enough to be a decent hint but not a giveaway...
I wonder if this algorithm would work if someone uploaded a rotated version of a previously uploaded icon. As it only compares row adjacent values, if the rotation was 90 or 270 degrees I'm not sure it'd detect the…